France

The low lying land bordering the Atlantic will be subjected to
inundations from tidal waves during the pole shift to an astonishing
degree. Waves hundreds of feet high carry a tremendous force of water
behind them, which breaks barriers before it and climbs up and over
barriers such as hills that stand in its way. Where France connects the
Mediterranean and the Atlantic near the border with Spain, it will be
subject to sloshing water from both water sources. As water
bodies of different sizes develop sloshing with different rhythms, this
area of France can expect a devastating possibility in have a wave come in
from both sources at once. This will result in tidal bores roaring up into
the valleys of the Alps near Switzerland. Thus, safety in France requires
one to be well out of the lowlands and in the Alps north of the double
bind that can occur due to wave action.

ZetaTalk ™

Note the elevation of France. It is not sufficient to evade being flooded
when the sea level rises 675 feet above sea level after the pole shift!
Waves 500-600 feet high could wash from the Atlantic all the way to the
Mediterranean virtually without impediment in southern France. During the
hour of the shift there are several forces which will push water across
France all the way to the foothills of Switzerland. One is the direction
the globe will be moving, moving the Bulge of Brazil up toward the N Pole.
This will push water in the North Atlantic down along the UK directly
toward the northern coast of Spain, where it will encounter high land and
redirect up toward the coast of France. more than the 500-600
foot tides can be expected along the coast of France, as water will be
trapped in a pinch there, and thus forced upward across the land with
greater force and height.

We have specifically stated that this is tidal bore along the Switzerland
border with France, not Germany, as Germany will not experience
this tide nor the clash of sloshing that is likely to occur with waters
from the Mediterranean. If the initial pole shift slosh will create a
pinch at the coastline of France, what do you suppose water being forced
over southern France from more than one direction would produce? Pressure,
which has nowhere to go but up into the mountains of
Switzerland. If you wish to get a better understanding of this, make a
model for your bathtub and force water from various or dual directions to
see what happens.

ZetaTalk ™

Clearly Mount Bugarach along the border of France and Spain will be well
above the waves after the rise in sea level to 675 feet and will survive
all pole shift tides. As the highest mount in the area, and within the
borders of France, the people of France could seek shelter there and
because of the many myths associated with Bugarach undoubtedly will do so.
Beyond that, there is nothing special about the spot as a pole shift
refuge. Mountain building in Europe is no longer occurring but in the past
for one rock layer to be shoved atop another was not uncommon. This often
creates caverns and caves.

ZetaTalk ™

The 100 foot tsunami that is anticipated to strike the coast of France
will quickly dissipate over the lowlands abutting the Atlantic in France
and even those parts of France abutting the English Channel, which
likewise will experience a 100 foot tsunami. Where France deals with
sloshing from both the Atlantic and Mediterranean during the
pole shift, during the European tsunami there is only a flow from one
direction to deal with, not a clash of waters. Baring the factor of tidal
bore, which for the coastline of France is not a consideration, tsunami
reach should be prorated from the pole shift slosh guidelines. If a
500-600 foot pole shift slosh requires one to be 100 miles inland and 200
feet up, then a tsunami of 100 feet would be a quarter of this. Those who
are 25 miles inland and 50 feet above sea level should find they have
avoided the tsunami.